MEASUREMENTS FACILITIES

Saratov, 2016. Measurements facility in far-field

Far field, frequency method. Range of operating frequencies 1.0-18.0 GHz. Precision 4-axis rotation device for precision positioning of the measured antenna in azimuth, linear coordinate, elevation and polarization during the measurements. The complex is placed in the shielded anechoic chamber with internal dimensions of 7 m (length) x 4.5 m (width) x 4.0 m (height). Applied for testing of the complex with the purpose of type approval of measuring instruments.

Moscow, 2016. Measurements facility TMSUK 1.0-6.063/GSP 085.

Near-field, frequency method. The operating frequency range 1.0-6.063 GHz. 6-coordinate and the horizontal scanner 15 x 15 x 12 (h) m. the Scanner provides the possibility of high-precision spatial positioning of the probe in X, Y, Z. In addition, in the scanner capable of using 3-axis positioner installed on the Z-axis. It is possible to change the polarization of the probe antenna, angle of elevation and azimuth angle automatically. The complex is placed in the shielded anechoic chamber with internal dimensions of 21000 mm (length) x 20500 mm (width) x 14000 mm (height)..

Nizhny Novgorod, 2015. Measurements facility in near-field

Near-field, time and frequency methods. Frequency range: 1.0-12.0 GHz. 5-axis scanner with the working zoneof (X,Y) 32 x 13 m with a slope angle of the Y-axis vertically from 0 º to 32º. The scanner provides precise positioning of the probe antenna in the coordinates X, Y, Z, and changing angles of elevation and polarization. The complex is placed in the shielded anechoic chamber with internal dimensions 42000 mm (length) x 33500 mm (width) x 16400 mm (height). The uniqueness of this complex is that the scanning plane along the Y-axis can automatically be tilted parallel to the plane of the measured antenna.